UL Catalog 2024-2025 - Flipbook - Page 11
CORROSION CONTROL
CORROSION CONTROL™
WATER SEPARATOR
The Corrosion Control™ Water Separator provides proactive
in-tank corrosion control by removing tank-bottom corrosion
contributors including water and acid. The Water Separator
uses the flow of fuel created by a 4" FE PETRO® Submersible
Turbine Pump (STP) to generate a vacuum which suctions the
tank bottom. The separator vessel collects any water/acid
mixture and the clean fuel is directed back into the tank.
The water/acid mixture is then removed by a service
technician, keeping the tank clear of the harmful
corrosion-causing mixture.
HIGHLIGHTS
• Compatible with any new or existing FE PETRO® 4" STP.
SPECIFICATIONS
• Mounts to any 4" riser including either an STP riser
or probe riser.
Vessel Capacity
3/4 gallon of water/acid mixture
• Element-free vessel has no filter to change, eliminating
ongoing replacement costs.
Eductor Flow
8 GPM flow to drive suction pickup
• All stainless steel construction for corrosion resistance.
Suction Pickup
1/4 GPM
• Comprised of UL recognized components.
– Minimum of 30" of height inside the tank sump
• Height adjustable tank bottom suctioning kit can
accommodate tanks up to 10' in diameter.
• Automated control and monitoring is provided via an
EVO™ 600/6000.
– Accessible 4” port in the tank manway
Containment
Sump
Requirements
• The EVO™ runs the Water Separator for 45 minutes after
each delivery as well as once a day during a non-peak
time to remove any water/acid mixture that drops to the
tank bottom.
• During scheduled operation, the EVO™ opens the Water
Separator’s solenoid valve to allow fuel to begin flowing
through the separator vessel while a flow switch monitors
the system for positive flow.
• An integrated LL3 Probe monitors separator operation and
provides a notification to empty the vessel via the EVO™.
• Short profile to fit in many different sumps.
– At least 11" envelope for vessel and
adjacent piping
– High-voltage conduit for solenoid wiring
– Intrinsically safe conduit for Water
Separator probe
– EVO™ 600 or EVO™ 6000
– EVO™ Series latest firmware version
EVO™ System
Requirements
– Access to in-tank product level readings
(for delivery events and recirculation runtime)
– 1 open Relay Module port (for solenoid)
– 1 open UDP Module input, Probe Module input,
or MSH input (for vessel probe)
11
